WL0420-Solenoid-Push-Pull-Specification-scaled

Product catalog summary

Overview: The document discusses the applications of Solenoid push-pull actuators across various sectors, highlighting their role in regulating mechanical motion.

Industrial Automation: Solenoid actuators are crucial in industrial systems for controlling vending machine locks, product release mechanisms, and robot mechanisms.

Automotive Applications: These actuators are used in automotive systems for trunk release mechanisms, fuel door locks, and headlamp regulation.

Medical Equipment: In the medical field, solenoid actuators regulate valves and mechanical switches, ensuring precise control.

Home Appliances: They are integrated into home appliances like washing machines, coffee machines, and printers to manage various mechanisms.

Security Systems: Solenoid actuators enhance security by regulating cabinet locks and access panels.

Catalog excerpts

WL0420-Solenoid-Push-Pull-Specification-scaled-1

ft 7|t Technical Design Change

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WL0420 Solenoid Push Pull Manufacturer The Solenoid push pull actuators are used in many industrial automation systems to regulate mechanical motion. They are used to regulate vending machine locks and product release mechanisms. Electric door locks also use these actuators to ensure security. Automotive systems utilize these actuators to regulate trunk release mechanisms, fuel door locks, and headlamps. Medical equipment also utilizes Solenoid push pull actuators to regulate valves and mechanical switches. Home appliances incorporate these actuators to regulate washing machine mechanisms, coffee...

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*Required push/pull force *Stroke length *Voltage and current rating *Duty cycle (continuous/intermittent) *Mounting style & dimensions *Environmental requirements (temperature, humidity) * Lifespan and Housing corrosion * Certification/standards compliance ^Supplier lead time and MOQ Visuals: Icons for each checklist item, highlighting key decision points

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O How Does It Work? Electric current energizes copper coil Magnetic field forms inside iron core Plunger (Steel shaft) is magnetically pulled or pushed ], Power off —*■ Spring returns plunger to original position WARNING: Force decreases as stroke increases: Always confirm force at stroke length!

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What’s Inside? - Metal Mounting Frame ■ Easy installation • Ensures reset after powec • Influences cycle life • Generate magnetic field Iron Core Housing • Enhances magnetic circuit efficiency ♦ Improves force output Stainless Steel Plunger Shaft • Precision-machined • Smooth linear motion • Wear resistant

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• Force (N) - Matches load requirement • Stroke (mm) - Required motion distance • Voltage - Required equipment voltage • Duty Cycle - Period of on and off • Power Consumption - Energy • Temperature Rise - Safety & durability • Life Cycle - Millions of cycles expected

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100% Coil Resistance Test Ensures stable electrical performance. High Voltage Insulation Test Prevents short circuit and leakage. Life Cycle Test Over 100,000 500,000 operation cycles. Salt Spray Test (Optional) Strict tolerance control for OEM integration Mign pumy copper prem um steel core. Reliable performance backed by strict industrial quality control.

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